Custom CNC Vacuum Reservoir Tank | Precision Aluminum & Steel Vacuum Tank Manufacturer – HKAA

A vacuum reservoir tank is a critical component in systems requiring stable vacuum pressure, such as automotive brake boosters, turbocharged engines, HVAC systems, and industrial vacuum applications. It stores negative pressure, helping to maintain consistent vacuum supply even under fluctuating load or intermittent usage.

At HKAA Industrial, we manufacture precision CNC vacuum reservoir tanks from materials like 6061-T6 aluminum, stainless steel, and titanium, ensuring durability, leak-proof performance, and long service life. Each tank is tailored to your requirements, including inlet/outlet port size, volume, mounting points, and finish.

🔩 Key Features:

• Materials: CNC-machined aluminum alloy, SS304, SS316, or titanium

• Volume options: From 150cc to 2L+ (fully customizable)

• Port threading: NPT, BSPT, metric (e.g., M10x1.0), or custom CNC threading

• Surface finish:

  • Anodizing (black, silver, red, blue, gold)

  • Powder coating

  • Polishing or brushed finish

  • Custom logo engraving

• Applications:

  • Automotive turbo and supercharged systems

  • Brake vacuum assist system

  • Vacuum solenoid control stability

  • HVAC control systems

  • Laboratory and industrial vacuum buffering

🏭 Why Choose HKAA for Your Vacuum Tank?

• 15+ years of experience in CNC machined components for automotive and industrial systems

• ISO9001 / AS9100 / IATF 16949 certified factory

• Support for rapid prototyping and bulk OEM production

• 100% pressure and leakage tested before shipment

🚗 Typical Use Cases:

• Vacuum booster tank for brake systems

• Vacuum reservoir for turbo vacuum actuators

• Vacuum stabilization in solenoid-operated HVAC units

• Buffer tanks in air suspension systems

📞 Get in Touch

Looking for a reliable and fully customizable vacuum reservoir tank? Contact HKAA for technical support, fast quotation, and global delivery. We deliver high-performance tanks that meet your exact engineering and functional requirements.